Virtual machine integration refers to the process of incorporating a virtual machine environment into a blockchain or decentralized application platform. This allows for the execution of smart contracts and complex computational logic within a standardized and isolated runtime. It provides a consistent environment for developers to build and deploy applications, ensuring predictable behavior across the network. The integration facilitates the creation of robust and versatile decentralized systems.
Context
The topic of virtual machine integration is central to the design and evolution of programmable blockchains, with the Ethereum Virtual Machine (EVM) serving as a prominent example. Many new layer-1 and layer-2 solutions aim for EVM compatibility to leverage existing developer tools and liquidity. Ongoing developments focus on optimizing virtual machine performance, enhancing security, and enabling support for a wider array of programming languages. This integration is crucial for fostering innovation and expanding the functional capabilities of decentralized networks.
Hemi creates a modular supernetwork, integrating Bitcoin security and state into Ethereum to enable trustless cross-chain DeFi and scalable interoperability.
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